Treffer: Design and Implementation of an Integrated MES System with Cloud Technology and Data Communication for Enhanced Manufacturing Efficiency

Design and Implementation of an Integrated MES System with Cloud Technology and Data Communication for Enhanced Manufacturing Efficiency By Sarik Artooniansevarani This thesis investigates the convergence of Manufacturing Execution Systems (MES) and Machine Monitoring Systems (MMS) through a comprehensive integration of hardware and software components. Emphasizing the significance of efficient machine control, the study presents a novel approach leveraging Python programming and the Tkinter library for graphical user interface (GUI) development. The hardware design and implementation form a critical aspect of the research, involving Printed Circuit Board (PCB) interfacing, relay control, sensor integration, and Real-Time Clock (RTC) integration. Through meticulous design and configuration, the system enables seamless interaction between operators and machines, facilitating tasks such as setup initiation, machine jogging, and operation monitoring. The software framework encapsulates essential functionalities, enabling intuitive control and real-time feedback mechanisms. By amalgamating hardware and software intricacies, the thesis elucidates a holistic approach to enhancing production efficiency and monitoring accuracy in industrial settings.